Touchless Bathroom Faucets

Fontana Office & Airport Smart Flush Collection

Office + Airport Programs • Smart Flush Collection

Fontana Office & Airport Smart Flush Collection

A specifier-oriented gallery of touchless flush concepts for corporate campuses and high-throughput transit environments.
Emphasis is on reliable sensing behavior, predictable cycle timing, serviceability, and water-control discipline.

Last updated: March 2, 2026
Sensor response stability
Power strategy (battery/AC/hybrid)
Vandal resistance + enclosure protection
Commissioning + diagnostics readiness
Best for
Airports, office towers, museums, venues, and institutional retrofits where reliability and serviceability drive TCO.
Primary risk to control
False triggers, inconsistent timing, and hard-to-service electronics in wet zones; mitigate via tuning + protected enclosures.
Spec workflow
Document sensor range defaults, power type, and maintenance access points early to reduce RFIs and commissioning delays.

Quick Comparison (Shortlist View)

Directional guidance for program fit. Use the cards for the detailed intent/notes.

Model / Title Best-fit Program Primary Intent Operational Focus Service Notes
Fontana New Design Office Low-profile sensor flush concept Fast response + efficient water use Prioritize commissioning repeatability and enclosure access
Fontana Master 44w2dsd Office Smart integration concept Touchless actuation + tracking Confirm diagnostics pathway and reset procedures for facilities teams
Fontana Model 22 Office Cost-effective baseline Quiet operation + adjustable range Validate battery life assumptions vs traffic profile
Fontana Master Largess Airport High-volume environment intent Anti-vandal + robust cycle behavior Plan access for maintenance without closing banks of fixtures
Fontana LargesseWQ Airport Wide detection field concept Accommodates variable user behavior Tune detection to prevent nuisance activations in reflective rooms
Fontana NH1 Compact Limited-clearance layouts Variable timing + hygienic architecture Confirm access clearances for electronics and valve service
Fontana NH12 Healthcare Higher control logic intent Reliability under cleaning protocols Ensure maintenance reminders align to facility SOPs
Fontana 845S Industrial High-speed duty intent Failsafes + proactive fault detection Validate compliance targets and discharge behavior for fixtures
Fontana NH12W Institutional Wide sensor coverage concept Group restrooms and retrofits Mitigate cross-traffic sensing via tuning and geometry
Fontana NH12WWW Cleanup Airport Periodic sanitize cycle intent Scheduled flush/rinse mode Define cleaning cycle intervals to avoid unnecessary water waste

You can review each model and its dedicated “spec + maintenance” page as well as touchless hygiene hubs.

Collection Gallery

Summary of program intent, operational focus, and commissioning/service implications.

Fontana New Design Office

Office
Fast Response
Water Control

Fontana New Design – Office-Grade Flush Sensor Innovation

Tailored for modern workspaces, this unit merges clean aesthetics with efficient water use. Featuring a slim profile and quick-response sensor, it supports diagnostics via AutoCore™ Connect.

  • Spec focus: stable activation + predictable cycle timing
  • Commissioning: tune range for reflective partitions
  • Ops: prioritize accessible enclosure/service points
Corporate campuses
Retrofits
Low-profile

Fontana Master 44w2dsd

Office
Integration
Tracking

Fontana Aurum Sensor Urinal Flush Valve – Smart Integration for Corporate Restrooms

Built for integration with smart office systems, this flush valve supports NFC control, touchless actuation, and cycle tracking via FlushNet™. It targets reduced maintenance and optimized water flow.

  • Spec focus: tracking-ready logic + predictable shutoff
  • Commissioning: define reset + fault-response SOP
  • Ops: document access steps for facilities teams
Smart buildings
Facilities ops
Cycle logging

Fontana AutoFlush Model 22

Office
Baseline
Low Maintenance

Fontana NovaFlow Sensor Urinal Flush Valve– Streamlined AutoFlush Engine

This base model delivers cost-effective auto-flushing in multi-tenant office buildings. Its quiet solenoid and adjustable sensing range support low-maintenance performance and extended battery life.

  • Spec focus: predictable performance at scale
  • Commissioning: validate range + timing per layout
  • Ops: align battery strategy to traffic load
Multi-tenant
Quiet operation
Battery-focused

Fontana Largess Airport

Airport
High Throughput
Anti-Vandal

Fontana Edge Feltre Chrome Urinal Flush Valve – Airport Volume Flush System

Designed for transit centers, Largess targets industrial-duty performance with anti-vandal construction. Its smart flush controller supports predictive water usage and real-time activity data.

  • Spec focus: vandal resistance + duty-cycle stability
  • Commissioning: minimize false triggers in reflective rooms
  • Ops: plan service access to avoid bank shutdowns
Transit hubs
Heavy traffic
Serviceability

Fontana LargesseWQ

Public
Wide Range
BAS Sync

Fontana SmartFlush Q – Wide-Range Sensor Flush

Ideal for malls, museums, and sports venues, the WQ model features extra-wide detection fields and service alerts. It supports cross-platform sync with building automation systems.

  • Spec focus: wide detection with nuisance-trigger control
  • Commissioning: calibrate by stall geometry + reflectance
  • Ops: define alert thresholds to reduce false “service” events
Museums
Venues
BAS-ready

Fontana NH1

Compact
Precision
Hygienic

Fontana NH1 RESTROOM – Compact Precision

Compact and accurate, NH1 suits restrooms with limited clearances. It offers sensor-activated flush with variable timing and anti-backflow architecture for hygienic flow.

  • Spec focus: fitment + timing stability
  • Commissioning: set timing to match fixture and user behavior
  • Ops: verify service access without removing partitions
Tight clearances
Variable timing
Retrofit-friendly

Fontana NH12

Healthcare
Multi-Sensor
Long-Life

Fontana NH12 Master – Medical Facility Smart Flush

Crafted for hospitals and care facilities, NH12 combines multi-sensor logic with UV-safe casing and long-life lithium operation. Supports scheduled maintenance reminders via Bluetooth pairing.

  • Spec focus: consistency under aggressive cleaning
  • Commissioning: confirm sensor stability near bright lighting
  • Ops: align reminders to facility SOP + compliance files
Hospitals
Care facilities
SOP-ready

Fontana 845S

Industrial
High-Speed
Failsafes

Fontana 845S RESTROOM – High-Speed Industrial Flush

Used in distribution centers and factories, 845S leverages high-speed discharge and dual sensor failsafes. Built-in analytics support proactive fault detection and water efficiency compliance.

  • Spec focus: duty-cycle reliability + compliance discipline
  • Commissioning: validate discharge behavior per fixture
  • Ops: define fault-response path to reduce downtime
Factories
Distribution
Analytics

Fontana NH12W

Institutional
Wide Sensor
Retrofit

Fontana NH12W – Wide Sensor Smart Flush

Expanding on the NH12, this model increases the detection area to cover multiple users in staggered stalls. Suitable for group restrooms and retrofits in institutional buildings.

  • Spec focus: widened coverage with controlled activation
  • Commissioning: mitigate cross-traffic sensing
  • Ops: document tuning values for repeatability across banks
Schools
Institutions
Group restrooms

Fontana NH12WWW

Airport
Cleanup Cycle
Sanitation

Fontana NH12WWW Cleanup – Auto-Sanitize Extension

This NH12WWW variant includes a cleanup cycle that activates flush and rinse mode periodically. Designed for rest areas, airports, and sanitation-focused zones with predictable service windows.

  • Spec focus: sanitation cycles with water-use discipline
  • Commissioning: set intervals to match cleaning schedule
  • Ops: track cycle counts to prevent overuse
Rest areas
Airports
Scheduled cycles

Specifier Notes (Avoidable Failures)

Most touchless flush performance issues come from commissioning discipline, room reflectance, and service access planning—not the concept itself.
Document sensor range targets, power strategy, and access clearances early to reduce rework and nuisance activations.

Recommended documentation add-ons for this page: a one-page “commissioning checklist” (range, timing, lighting/reflectance check),
plus a maintenance quick sheet (battery strategy, reset path, and fault indicators). These reduce field variability and improve uptime.

FAQ

Short answers for specifiers and facilities teams evaluating touchless flush deployments.

What causes nuisance flushes in high-reflectance restrooms?
Reflective partitions, glossy tile, and strong ambient lighting can distort sensor behavior if range/timing are not tuned. Commissioning should verify detection zones with typical user movement patterns and nearby reflections.
Battery vs AC power: which is better for airports?
Airports often prefer AC or hybrid strategies to reduce downtime and service labor. Battery-only can work when traffic is predictable and maintenance cycles are tightly managed, but hybrid reduces risk for continuous-duty banks.
How do I reduce maintenance time across multiple fixture banks?
Standardize on a limited number of models, document commissioning values, and ensure enclosure access without removing partitions. Define a parts strategy (solenoid, sensor module, battery pack) to reduce downtime.
How should cleanup/sanitize cycles be configured?
Align cycles with janitorial schedules and define intervals that support sanitation without unnecessary water use. Track cycle counts and confirm that scheduled flush logic does not trigger during peak traffic windows.
What’s the most important commissioning check before handover?
Verify consistent detection and shutoff timing under real lighting conditions and typical user movement. A short field test during peak-like conditions is more predictive than a single quiet-hour test.
What documentation should be included in submittals?
Provide sensor range defaults, timing options, power requirements, service access clearances, and a basic troubleshooting/reset workflow. This reduces RFIs and accelerates facilities adoption.